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    • 11. 发明授权
    • Joint device and method of producing its housing
    • 联合装置及其制造方法
    • US06886235B2
    • 2005-05-03
    • US10398280
    • 2001-10-17
    • Yoshihiro SuzukiKouichi FujitaYasuhiro Kizaki
    • Yoshihiro SuzukiKouichi FujitaYasuhiro Kizaki
    • B21J5/02B21K1/14B21K1/76F16C11/06B23P13/04
    • F16C11/0623B21J5/02B21K1/14B21K1/762F16C11/06Y10T29/49996Y10T403/32631
    • The invention concerns a method of manufacturing a joint housing, in particular for vehicle track rods, having an integral shaft with an internal thread designed to hold a longitudinal pin, the housing being produced from a blank with a ball-like enlargement at one end. In order to ensure low manufacturing costs and low consumption of energy and materials, a longitudinal cavity with a diameter exceeding that of the internal thread and a length exceeding that of the threaded section is first produced in the shaft of the blank by rearwards cup extrusion and the diameter of the threaded section subsequently reduced to that of the thread core while at the same time shaping the surface of the wall to give a flat key face, the overall process being a cold-forming one. Finally, both the external and internal features of the housing are produced by heading, cupping, punching and forming to size perpendicular the to longitudinal axis in the region of the enlargement.
    • 本发明涉及一种制造接头壳体的方法,特别是用于车辆轨道杆的方法,该方法具有一体的轴,其具有设计成保持纵向销的内螺纹,该壳体由一端具有球状扩大的坯件制成。 为了确保低的制造成本和能量和材料的低消耗,首先通过向后杯挤出在坯料的轴中产生直径超过内螺纹并且长度超过螺纹部分的纵向腔,并且 螺纹部分的直径随后减小到螺纹芯的直径,同时使壁的表面成形以形成平面的键面,整个过程是冷成形的。 最后,壳体的外部和内部特征都是通过在放大的区域中的垂直于纵向轴线的方向,拔罐,冲压和成形来产生的。
    • 15. 发明授权
    • Multiplying circuit and microcomputer including the same
    • 乘法电路和微机包括相同
    • US5483477A
    • 1996-01-09
    • US205457
    • 1994-03-04
    • Fumiki SatoKouichi Fujita
    • Fumiki SatoKouichi Fujita
    • G06F7/49G06F7/48G06F7/52G06F7/533G06F7/00G06F15/00
    • G06F7/5338G06F7/4824
    • A multiplying circuit wherein an adder 7 outputs a value "0" in which both of a positive part and a negative part of a number with a redundant code are "1", and at a last cycle of the multiplication cycles, the finish detecting circuit 13 detects finishing of multiplication cycles by detecting that "1" exists in a portion storing a positive part of a number with a redundant code of the third bit from the lowest bit of the second latch 8 and in a portion storing a negative part of the same at the same time. In such a construction, a counter circuit for counting multiplication cycles according to the Booth algorithm utilizing a number with a redundant code can be omitted. Accordingly, the number of transistors is reduced and the circuit configuration becomes simple.
    • 乘法电路,其中加法器7输出其中具有冗余代码的数字的正部分和负部分都为“1”的值“0”,并且在乘法周期的最后一个周期,完成检测电路 13检测乘法周期的完成,通过检测在存储来自第二锁存器8的最低位的第三位的冗余代码的数字的正部分中存储的部分中存在“1”,并且存储负 同一时间。 在这种结构中,可以省略利用具有冗余码的数量的根据布斯算法进行乘法周期计数的计数器电路。 因此,晶体管的数量减少,电路结构变得简单。
    • 17. 发明授权
    • Buffer circuit which transfers data held in a first latch circuit to a
second latch circuit
    • 将保持在第一锁存电路中的数据传送到第二锁存电路的缓冲电路
    • US5926037A
    • 1999-07-20
    • US890619
    • 1997-07-09
    • Fumiki SatoKouichi Fujita
    • Fumiki SatoKouichi Fujita
    • G11C11/417G11C19/00H03K3/037H03K3/356H03K19/0175G11C7/00H03K19/094
    • H03K3/356191
    • A buffer circuit which can solve a problem of a conventional buffer circuit in that high speed data transfer is hindered because of parasitic capacitance of signal lines, which has an affect on the discharge time of inverters in a latch circuit of the buffer circuit, when the buffer circuit changes its state from a first term (non-transfer mode) to a second term (transfer mode). The buffer circuit solves this problem by pouring a current, which flows thereinto from a first signal line, into ground through a first PMOS transistor, a first NMOS transistor and a third NMOS transistor, and by pouring a current, which flows thereinto from a second signal line, into the ground through a second PMOS transistor, a second NMOS transistor and the third NMOS transistor.
    • 由于在对缓冲电路的锁存电路中的反相器的放电时间产生影响的信号线的寄生电容的情况下,可以解决在该高速数据传输中解决现有的缓冲电路的问题的缓冲电路, 缓冲电路将其状态从第一项(非转移模式)改变为第二项(传输模式)。 缓冲电路通过将从第一信号线流入的电流通过第一PMOS晶体管,第一NMOS晶体管和第三NMOS晶体管注入接地来解决这个问题,并且通过从第二PMOS晶体管,第一NMOS晶体管和第三NMOS晶体管中流入的电流 信号线通过第二PMOS晶体管,第二NMOS晶体管和第三NMOS晶体管插入地。
    • 19. 发明授权
    • Arithmetic and logic unit
    • 算术逻辑单元
    • US5442801A
    • 1995-08-15
    • US147269
    • 1993-11-05
    • Fumiki SatoKouichi Fujita
    • Fumiki SatoKouichi Fujita
    • G06F7/505G06F7/575G06F7/38
    • G06F7/575
    • An arithmetic and logic unit is provided with a first NAND gate (29) which outputs a NAND logic operation result between a first operand (A.sub.i), a second operand (B.sub.i) and a first control signal (S.sub.0), a first EXOR gate (30) which outputs an EXOR logic operation result between the output of the first NAND gate (29) and a second control signal (S.sub.1), an OR gate (31) which outputs an OR logic operation result between the first operand (A.sub.i) and the second operand (B.sub.i), a second NAND gate (32) which outputs a NAND logic operation result between the output of the first EXOR gate (30) and the output of the OR gate (31), a third NAND gate (20) which outputs a NAND logic operation result between a third control signal (S.sub.2) and a carry input (CY.sub.i-1), and a second EXOR gate (21) which outputs an EXOR logic operation result between the output of the second NAND gate (32) and the output of the third NAND gate (20), so that OR, EXOR and AND logic operations and ADD arithmetic operation for the both operands (A.sub.i and B.sub.i) are executed.
    • 算术和逻辑单元设置有第一NAND门(29),其输出第一操作数(Ai),第二操作数(B 1)和第一控制信号(S 0)之间的与非逻辑运算结果,第一异或门( 30),其输出第一与非门(29)的输出和第二控制信号(S1)之间的EXOR逻辑运算结果;或门(31),其输出第一操作数(Ai)与第 第二操作数(Bi),在第一EXOR门(30)的输出与或门(31)的输出之间输出NAND逻辑运算结果的第二NAND门(32),第三NAND门(20) 其输出第三控制信号(S2)和进位输入(CYi-1)之间的NAND逻辑运算结果;以及第二异或门(21),其在第二与非门(32)的输出之间输出EXOR逻辑运算结果 )和第三与非门(20)的输出,使得OR,EXOR和AND逻辑运算和ADD算术运算为两个运算 (Ai和Bi)。
    • 20. 发明授权
    • Apparatus and method in a computer for executing calculation
instructions and data instructions having uniform word lengths
    • 一种用于执行具有均匀字长的计算指令和数据指令的计算机中的装置和方法
    • US5423012A
    • 1995-06-06
    • US977947
    • 1992-11-18
    • Fumiki SatoKouichi Fujita
    • Fumiki SatoKouichi Fujita
    • G06F9/305G06F9/30G06F9/38G06F9/00G06F13/00
    • G06F9/3814G06F9/30145G06F9/30167G06F9/3802
    • In a microcomputer, for using all the instruction words having uniform word length, a first or second instruction word stored in a memory area of a memory indicated by an address of an address register is read in a predetermined word position of an instruction first-reading buffer indicated by a first pointer and the first or second instruction word read from a word position of the instruction first-reading buffer indicated by a second pointer is read in an instruction interpreting section through a second shifter. This instruction interpreting section interprets an instruction word from a bus interface section. In the case of the second instruction word (data instruction), data necessary for a calculation are produced on the basis of data of the second instruction word such as immediate data and offset data. In the case of the first instruction word, a calculation is effected on the basis of data produced by a data expansion section.
    • 在微型计算机中,为了使用具有均匀字长的所有指令字,存储在由地址寄存器的地址指示的存储器的存储区域中的第一或第二指令字被读入指令第一读取的预定字位置 通过第二移位器在指令解释部分中读取由第一指针指示的缓冲器和从第二指针指示的指令第一读取缓冲器的字位置读取的第一或第二指令字。 该指令解释部分解释来自总线接口部分的指令字。 在第二指令字(数据指令)的情况下,基于诸如立即数据和偏移数据的第二指令字的数据产生计算所需的数据。 在第一指令字的情况下,基于由数据扩展部产生的数据进行计算。